LT3600
2
8/8/2019 LT3600 http://slidepdf.com/reader/full/lt3600 1/2 LT3600 www.globalknowledge.co.uk [email protected] 01189 123456 LTE/SAE Engineering Overview Duration: 2 Days Course Code: LT3600 Overview: Since its introduction at Release 99 of the 3GPP technical standards UMTS has evolved considerably, especially with the introduction of HSPA. 3GPP Release 8 s pecifications introduce the Evolved Packet System (EPS) – the next very important evolutionary step for UMTS networks. The EPS has emerged from the 3GPP projects to define the Long Term Evolution (LTE) of the access network and System Architecture Evolution (SAE) for the core network. This course provides an insight into the design aims, structure and operation of both the new radio access network, the E-UTRAN, and the new core network, t he EPC. This wide ranging two-day course comprises eight sections. The course begins with an overview of LTE and SAE as a whole. This leads into more detailed treatment of the radio access network, its interfaces and key protocols. The OFDM concept is then developed and related to an outline of the LTE air interface structure and operation. The course then turns to the evolved packet core starting with the architecture and interfaces in the EPC. This is then developed in the emaining sections, which summarize the key protocols and procedures used in the EPC for connection establishment and for mobility management. Target Audience: The adoption of the EPS is an essential long-term evolutionary path for many network operators. It is therefore vitally important that engineers and technical staff have the advance knowledge necessary to plan for its introduction. This Wray Castle course is designed to provide engineering and technical management staff with a technical preview of the technologies and techniques employed in the E-UTRAN and the EPC, and to explain how they operate together as an EPS network. This course is also very useful for engineers working in areas related to UMTS and EPS operation. This includes database management, billing, service developers, base station management, Government security or forensic specialists, service developers, legal professionals supporting operators or local authorities, various support staff and those in technical management roles. Objectives: On completion of this course the student will be able to: List the key protocols used for signalling and traffic transmission within the all-IP infrastructure and justify their inclusion Outline the architecture and interfaces of the E-UTRAN and the EPC Explain the procedures for the establishment of EPS bearers and outline their relationship with the service data flow Characterize the performance capabilities of an LTE/SAE system Outline the QoS concepts employed by the EPC and relate these to Describe the E-UTRA protocol stack and assign layer functions to the correct network entities Potential services and EPS bearers Outline the general structure of the E-UTRA physical layer List the options available to support real-time services in an EPC Outline the functions of the E-UTRA uplink and downlink physical Environment and for interworking with dedicated circuit-switched channels infrastructure Outline the properties of an EPS bearer Outline the connection establishment procedures for real time and nonreal- time services as well as resource management and Identify the set of network elements and interfaces that comprise mobility an EPC and describe their functions Management procedures for LTE/SAE Prerequisites: Students attending this course are assumed to have a good understanding of legacy 2G and 3G cellular networks. Some knowledge of radio systems, common transmission technologies and service delivery platforms would be an advantage.
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Transcript of LT3600
8/8/2019 LT3600
http://slidepdf.com/reader/full/lt3600 1/2
LT3600 www.globalknowledge.co.uk [email protected] 01189 123456
LTE/SAE Engineering Overview
Duration: 2 Days Course Code: LT3600
Overview:
Since its introduction at Release 99 of the 3GPP technical standards UMTS has evolved considerably, especially with the introduction ofHSPA. 3GPP Release 8 specifications introduce the Evolved Packet System (EPS) – the next very important evolutionary step for UMTSnetworks. The EPS has emerged from the 3GPP projects to define the Long Term Evolution (LTE) of the access network and SystemArchitecture Evolution (SAE) for the core network. This course provides an insight into the design aims, structure and operation of both the newradio access network, the E-UTRAN, and the new core network, the EPC. This wide ranging two-day course comprises eight sections. Thecourse begins with an overview of LTE and SAE as a whole. This leads into more detailed treatment of the radio access network, its interfacesand key protocols. The OFDM concept is then developed and related to an outline of the LTE air interface structure and operation. The coursethen turns to the evolved packet core starting with the architecture and interfaces in the EPC. This is then developed in the emaining sections,which summarize the key protocols and procedures used in the EPC for connection establishment and for mobility management.
Target Audience:
The adoption of the EPS is an essential long-term evolutionary path for many network operators. It is therefore vitally important that engineersand technical staff have the advance knowledge necessary to plan for its introduction. This Wray Castle course is designed to provideengineering and technical management staff with a technical preview of the technologies and techniques employed in the E-UTRAN and theEPC, and to explain how they operate together as an EPS network. This course is also very useful for engineers working in areas related toUMTS and EPS operation. This includes database management, billing, service developers, base station management, Government securityor forensic specialists, service developers, legal professionals supporting operators or local authorities, various support staff and those intechnical management roles.
Objectives:
On completion of this course the student will be able to: List the key protocols used for signalling and traffic transmission
within the all-IP infrastructure and justify their inclusion
Outline the architecture and interfaces of the E-UTRAN and the
EPC Explain the procedures for the establishment of EPS bearers and
outline their relationship with the service data flow
Characterize the performance capabilities of an LTE/SAE system
Outline the QoS concepts employed by the EPC and relate these to
Describe the E-UTRA protocol stack and assign layer functions
to the correct network entities Potential services and EPS bearers
Outline the general structure of the E-UTRA physical layer List the options available to support real-time services in an EPC
Outline the functions of the E-UTRA uplink and downlink physical Environment and for interworking with dedicated circuit-switched
channels infrastructure
Outline the properties of an EPS bearer Outline the connection establishment procedures for real time and
nonreal- time services as well as resource management and
Identify the set of network elements and interfaces that comprise mobility
an EPC and describe their functions
Management procedures for LTE/SAE
Prerequisites:
Students attending this course are assumed to have a good
understanding of legacy 2G and 3G cellular networks. Some
knowledge of radio systems, common transmission technologies
and service delivery platforms would be an advantage.
8/8/2019 LT3600
http://slidepdf.com/reader/full/lt3600 2/2
